Part 4: Optimization, TuningInternational audienceOur aim is present the methodology of simulations for repetitive processes and tuning control systems for them in the presence of noise. This methodology is applied for tuning a laser power control system of the cladding process. Even the simplest model of this process is nonlinear, making analytical tuning rather difficult. The proposed approach allows us to select quickly the structure of the control system and to optimize its parameters. Preliminary comparisons with experimental results on a robot-based laser cladding systems are also reported. These comparisons are based on the temperature measurements, observations by a camera and IR camera
Robot-guided Laser Metal Deposition (LMD) process offers an efficient and resource-friendly producti...
Several fields of study are concerned with uniting the concept of computation with that of the desig...
Error avoidance in high-precision manufacturing processes becomes more important for numerous state-...
Laser cladding processing has been used in different industries to improve the surface properties or...
AbstractLaser cladding, also known as direct metal deposition, is an additive manufacturing techniqu...
Laser cladding has become an important surface modification technique in today’s industry. It is not...
Lasers have wide–ranging applications in the manufacturing field (e.g., cladding, welding, cutting, ...
In this article we will consider the optimal control of robot guided laser material treatments, wher...
In this article we will consider the optimal control of robot guided laser material treatments, wher...
The extreme precision requirements in semiconductor manufacturing drive the need for an active vibra...
This research was aimed at the development of production methods and tools needed to achieve a high ...
The results of laser surface treatment may vary significantly during laser surface processing. These...
Surface engineering provides solutions to wear and corrosion degradation of engineering components. ...
Laser beam transformation hardening is rapidly growing in popularity as a method to achieve high qua...
Nowadays, laser hardening is a sufficiently mature process to be industrially applied as a substitut...
Robot-guided Laser Metal Deposition (LMD) process offers an efficient and resource-friendly producti...
Several fields of study are concerned with uniting the concept of computation with that of the desig...
Error avoidance in high-precision manufacturing processes becomes more important for numerous state-...
Laser cladding processing has been used in different industries to improve the surface properties or...
AbstractLaser cladding, also known as direct metal deposition, is an additive manufacturing techniqu...
Laser cladding has become an important surface modification technique in today’s industry. It is not...
Lasers have wide–ranging applications in the manufacturing field (e.g., cladding, welding, cutting, ...
In this article we will consider the optimal control of robot guided laser material treatments, wher...
In this article we will consider the optimal control of robot guided laser material treatments, wher...
The extreme precision requirements in semiconductor manufacturing drive the need for an active vibra...
This research was aimed at the development of production methods and tools needed to achieve a high ...
The results of laser surface treatment may vary significantly during laser surface processing. These...
Surface engineering provides solutions to wear and corrosion degradation of engineering components. ...
Laser beam transformation hardening is rapidly growing in popularity as a method to achieve high qua...
Nowadays, laser hardening is a sufficiently mature process to be industrially applied as a substitut...
Robot-guided Laser Metal Deposition (LMD) process offers an efficient and resource-friendly producti...
Several fields of study are concerned with uniting the concept of computation with that of the desig...
Error avoidance in high-precision manufacturing processes becomes more important for numerous state-...